Digital ORP sensor Ceraliquid CPS42D

  • Measuring principle

    Sensor ORP / Redox

  • Application

    – Special applications with high requirements with regard to accuracy, speed.- rapidly changing composition of media, highly clogging media, low conductivities.

  • Characteristic

    – Digital electrode with Memosens technology – gel-free, refillable electrolyte – greatest accuracy – can be subject to pressure to prevent clogging

  • Measurement range

    -1500 mV – +1500 mV

  • Measuring principle

    – Liquid filled compact electrode with ceramic diaphragm – platinum ring

  • Dimension

    Diameter: 12 mm
    Shaft lengths: 120, 225 mm

  • Process temperature

    -15°C – 130°C

  • Process pressure

    max. 8bar

  • Ex certification

    ATEX
    FM
    CSA

  • Connection

    Inductive transfer of digital signals.

  • Ingress protection

    IP68

  • Additional certifications

    EHEDG

Field of application
Ceraliquid CPS42D is the digital high performer for harsh chemical applications, media with low conductivity or a considerable content of organic solvents. The sensor is designed for fast response guaranteeing high process safety even in applications with fast-changing media. Ceraliquid CPS42D is not the latest Memosens generation. To get information on the new Memosens CPS42E sensor with extended functionality, click here.

Media with very low conductivities or a considerable amount of organic solvents or alcohols and fast changing media: Chemical industryPower plants, e.g. boiler feed waterLife sciences, e.g. water for injectionWith ATEX, FM and CSA approval for use in hazardous areas.

Benefits
Resistant to poisoning due to constant refilling of KCl bridge electrolyte and separate reference leadApplicable at very low conductivities (= 5 µS/cm) thanks to liquid KCl electrolyteSuitable for cleaning in place (CIP) and sterilization in place (SIP)Perfectly suited for quickly changing media: Combination of liquid KCl electrolyte and ceramic diaphragm enables fast response timeMaximum process safety through non-contact inductive signal transmissionEnables predictive maintenance due to storage of sensor and process-specific dataReduced operating costs due to minimized process downtime and extended sensor lifetime

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